Biggest advantage is it's totally expandable to as many CT sensors as anyone could ever need so each individual circuit in the house can be monitored individually. That's Cool! And really usable information that can be tracked when using 7-15 sensors. Sensors are only about $5.00 each and multiple CT's can be wired together. For instance all your kitchen circuits could be monitored together even though in newer homes its required to have a minimum of about 3-4 circuits for (2) for outlets, disposer, dishwasher, and some citys even more circuits. you could also monitor furnace and a/c as one together, or 2 bathrooms, all outside lights, etc.

It looks like the perfect match for Vera, but would like to get some of the power users to review specs and let me know what they think.

The unit is internet, zigbee, rs-232, and Ethernet compatible. one model sends directly to Google Power Meter.

I'll await the experts opinions. Seems everyone is using ted and this brings in a new option that may be much more expandable.

Unless I start hearing actual bad info on this unit I'll be getting one in the 2-4 weeks when I can afford it. Maybe tax refund money. I haven't got a Vera yet either, but have decided to go with it also.

This is the unit that I'm planning to use, but I'm about 5-7 months away from being "ready" to add it in (and to code any Luup Plugin to integrate the data from it into Vera).

The one thing that's a little off-putting about this particular device is they won't provide the API documentation unless you have an Open order with them.

ie. You cannot work out if the API is viable for integration before you buy.

That irks me a little, but I've seen samples on some other forums that show how to code against it, so it doesn't worry me too much.

I intend to integrate it via RS-232, since I don't have Wired-Ethernet nearby. I have a Wifi <-> RS232 adapter so will run it over Wifi instead. That'll likely eliminate any "automatic" Google PM integration, but I'm not too worried about that at this time, and could probably write an integration if I needed it down the line.... seems like the biggest part about this is the collection of historical data, and it's presentation as charts... (which I can do other ways)

Read the notes carefully, since each device supports a specific # of "discrete" inputs, and the first two are special. Not all CT's work on all inputs, which probably isn't an issue for most. If you want a lot of inputs, for low-level monitoring of a lot of discrete circuits, then you end up with multiple Brultech devices (no biggy, just factor this when you're purchasing)

@strangely,Maybe so, but I have a different intent. My RS-232 <-> Wifi bridge isn't just a simple bridge. It's a RN-134 from Roving Networks, and can be re-programmed to do things more "rich" than the simple bridging it has built into it.

The Brultech by default has RS-232, so it's the lowest cost option. From there, you can add modules for Zigbee, which cranks the cost, and for Ethernet Bridging, which cranks it further (esp if you then have to add a regular Ethernet-Wifi Bridge)

I don't need all that complexity.

BTW: I've currently got this connected to the spare DSC IT100 you sent me, so I can redo that plugin, and make it actually work.

I will add support for the other, non Plug & Play, versions but this was the quickest one to implement up-front in order to test the basic logic. The PnP Versions ship data out to Google PowerMeter, which has nice renditions of Power usage, along with some predictive stuff based upon prior usage.

With the Luup Plugin the live data goes into Vera, in addition to going out to Google PM, and MiOS will capture the historical stuff up to your MiOS account on cp.mios.com

I've reached out to the Brultech lads to see if they have any issues with me publishing the Plugin source code, and will open the code.mios.com space up once I get the green light (it's there, just not public right now)

Screenshot attached...

I'm only running this on my Bench at the moment, which is why it's seeing 4w of power consumption on only one channel

Right now I'm only bubbling up the Wattage value, using the standard MiOS ServiceID. The ECM-1240 is supplying me with a bunch of other stuff in addition to that.... one of which is the Volts, which presumably it's working out from the CT Clamp, similar to how some Clamp-based Multi-meters do.

Once I have a "right" place to store this information, I'll add it to the mix also, along with the UI bits for it.

I've attached a screenshot of what you'd get by default using a PnP version of the Brultech stuff, coming out of Google PowerMeter. For those willing to hand data to Google, the UI's here are very nice. I'll add the "native" support later to handle those that would prefer to keep their data local.

PS: The "big gap" was because I'd plugged the unit into a managed power strip, which turned it all off when I turned off my monitor last night. The small ripples at the beginning are because I'd clamped incorrectly, and needed to change that...

That's good news!The voltage is a derived from the AC power supply that feeds the unit.Words of caution....watch the installation of the CTs .... They have direction arrows that line up with the direction of the current flow. I didn't catch it until I was done.....this smart little meter knows which way the current is flowing! It also allows Multiple CTs on one channel......great for summing a few circuits. It is designed to monitor a home that has solar power coming in.....it will reverse the meter for solar incoming power.@Guessed.....I am curious how you are handling the counters on the five smaller channel inputs....they only give you the watt seconds ..... Is that what you are going to display? RegardsTim

The voltage is a derived from the AC power supply that feeds the unit.

Interesting. Hadn't thought of that.

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Words of caution....watch the installation of the CTs .... They have direction arrows that line up with the direction of the current flow. I didn't catch it until I was done.....this smart little meter knows which way the current is flowing!

Yeah, the install guide for the CT's makes for an interesting read. Very easy to get them the wrong way round by the look of things.'good old "thumb" rule for currents...

Right now I just "split" some two-flex, and put one of the Larger CT Clamps over it, which is why it's only seeing a low wattage - that two-flex is running the Wall warts for the ECM-1240 itself, and a Wifi -> RS232 adapter that I built so I can get the data onto the Net without tweaking the EtherBee that it's also connected to.

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@Guessed.....I am curious how you are handling the counters on the five smaller channel inputs....they only give you the watt seconds ..... Is that what you are going to display?

The "feed" that I'm hanging off has both w an ws values for each of the Aux lines. I don't have anything attached to the Aux lines at the moment, since they only work with the closed CT's, and I'm not installed into the Panel yet.

Worst case, if they don't have them, then I can keep track of the last "seconds" counter, and do the math to work out what these should be. I believe the general Math for that scenario is outlined in the API doco... but I wasn't reading that today, just looking at the ASCII feed that the PnP modules emit (which is Text, more like a URL with Parameters)

When I installed my Aeon HEM, I actually made sure that the CTs were installed in the same orientation (no obvious markings on them), this was purely because I'd read somebodies installation/review of a TED5000, and remembered reading it.

@JOD,Not yet on the Events. Right now it's just the stubs to decode the wattage values, which in MiOS have a standard rendition etc. If it has the data, or it can be derived, I'll make it mimic what @woodsby's TED5000 plugin as well and try to keep them in sync functionality wise.

The most immediate next step is to have it work natively with the standard package model of the device. They're all reconfigurable to the other type but I'd prefer not to have people reconfigure just to use the plugin.